電圧、抵抗、温度計測システム
flightDAQ-TL

NEW

FlightDaq-TLは、既存の圧力スキャナー（2432、2416、flightDAQ、microDAQ）製品ラインを補完します。

革新的な設計とインターフェースを用いてFlightDaq-TLは多種多様な入力タイプを正確に測定し、測定値を工学単位に変換、イーサネット通信を介してデータを出力することができます。これらのインターフェースには、Chellプロトコル（TCP/IPまたはUDP）、IENA、iDDS、Netscanner®シミュレーションモードがあります。16 x 8ピンLemo 1Bシリーズ入力で構成され、各入力には2つの入力（1次側/2次側）、切り替え可能な励磁、およびオプションのSmart Lemoプラグ用のデジタルインターフェースがあります。

flightDAQ-TL Input Types
Input Type	Channels	Notes
Voltage	32	Ranges of ±78mV, ±300mV, ±5V and ±10V, primary and secondary inputs¹.
Resistance	16	Ranges of 250Ω, 500Ω, 1kΩ and 20kΩ
Thermistor	16	Type 10kΩ -40 to 90°C
Thermocouple	16	Type B, E, J, K, N, R, S, T
RTD-385	16	PT100 - 4 wire -200 to 850°C
Pressure transducer - amplified	16	±78mV, ±300mV, ±5V and ±10V input ranges, 10V or 24V excitation²
Pressure transducer - ratiometric	16	±78mV, ±300mV, ±5V and ±10V input ranges, 10V excitation
Common mode Voltage		±78mV range : 14V, ±300mV range : 14V, ±5V range : 9V and ±10V range : 4V 5V TTL

Notes:

1. Primary input is differential, secondary is single-ended. Both inputs are bi-directional.
2. All channels can be individually configured with the exception of the 24V excitation which must be applied to all inputs when selected.

flightDAQ-TL Input Specifications
Measurement type
RTD (4-wire, -60 to 400°C)	Resolution	±0.0005 Ω or 0.001°C
	Accuracy³	< ±0.05 Ω or 0.1°C
	Noise¹	< 0.02°C
10 k Thermistor	Resolution	±0.1 Ω or 0.003°C
10 k Thermistor	Accuracy³	< ±0.04 Ω or 0.1°C
Voltage (±78mV FS)	Resolution	±0.02 μV or 0.001°C (K type)
	Accuracy³	< ±10 μV or 0.26°C (K type) or 0.27°C (N type)²
	Noise¹	< 3 μV
Voltage (±300mV FS)	Resolution	±0.3 μV
	Accuracy³	< ±15 μV (0.005%FS)
	Noise¹	< 5.5 μV primary input, 8 μV secondary input
Voltage (±5V FS)	Resolution	±0.076 mV
	Accuracy³	< ±1.2 mV (0.02%FS)
	Noise¹	< 70 μV primary input, 90 μV secondary input
Voltage (±10V FS)	Resolution	±0.15 mV
	Accuracy³	< ±2.5 mV (0.025%FS)
	Noise¹	< 130 μV primary input, 170 μV secondary input

Notes:

1. Noise figures based on an acquisition frequency of 250Hz and a running average setting of 16
2. Thermocouple temperature errors are for hot junction measurement only. This does not include cold junction thermal, transducer or measurement errors which will need to be considered.
3. All accuracy figures include all thermal errors between -40 and 90°C